VT6045CHM3/4W

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Diodes - Rectifiers - Arrays

VT6045CHM3/4W is a highly reliable power diode rectifier array with excellent power dissipation. This device consists of two 2-in-1 silicon chips and the whole parasitic capacitance is small, which provides higher efficiency and better performance compared with traditional semiconductor diodes. VT6045CHM3/4W is widely used in power supplies, conduction mode PFC and space limitations in medium and high power applications.

The working principle of VT6045CHM3/4W is as follows. The energy provided by the anode side is converted into an AC voltage. Since the diodes in this device are secured in the semiconductor chips, it offers outstanding reverse operating temperature and Vf-If characteristics. The diodes of this device have the power handling capability and the anode has a wide voltage range from 0V to -60V, allowing the VT6045CHM3/4W to work in multiple applications. This device also has a high surge current rating, low forward voltage drop and very low leakage current.

The main applications of VT6045CHM3/4W include power supply in LED lighting, DC/DC converters, induction heating, and AC/DC conversion, power line filters, etc. Besides, due to its reverse voltage leakage characteristics, this device is also suitable for motor soft switching and motor rectification.

With its outstanding reverse operating temperature and Vf-If characteristics, VT6045CHM3/4W has a great power handling capability, making it ideal for power supplies, conduction mode PFC and space limitations in medium and high power applications. This device also has a high surge current rating, low forward voltage drop, and very low leakage current, making it suitable for applications like LED lighting, DC/DC converters, induction heating, AC/DC conversion, power line filters and motor rectification.

VT6045CHM3/4W is a highly reliable and power efficient diode rectifier array and is widely used in many power applications. Its impressive reverse voltage leakage and low forward voltage drop provide better efficiency, enabling it to work in multiple applications. With its excellent power dissipation capability, it is the ideal choice for many industries in different applications.

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